GARYLEENUNEZ
SOFTWARE ENGINEER · COMPUTER SCIENCE @ UT AUSTIN
PILOT DOSSIER
Austin, TX
Coursework: Data Structures · Discrete Math · Matrices/Matrix Calculations · Computer Organization & Architecture · Machine Learning · Operating Systems · Differential Equations · Statistics & Probability · Linear Algebra
McAllen, TX
MAGI // SKILL MATRIX
OPERATION LOG
- Own product and engineering for a bilingual (English/Spanish) AI-receptionist and website SaaS for SMBs — roadmap, phase-gated releases, client onboarding, and TCPA/A2P 10DLC compliance.
- Shipped the production multi-tenant app in Next.js, React, TypeScript, Node.js, Tailwind CSS, and Material UI on Vercel; Supabase Postgres/Auth with row-level security and route middleware isolate each client's data.
- Designed and built “Gloria,” a bilingual (English/Spanish) AI voice agent: conversation design and system prompts, intent classification and tool calling on Claude Haiku, ElevenLabs TTS and Twilio telephony, plus n8n workflows that book, reschedule, and cancel appointments via GoHighLevel calendar APIs.
- Engineered high-frequency telemetry dashboards aggregating asynchronous data streams — enabling 10+ engineers to run concurrent motor diagnostics and command execution across 30+ motors.
- Built client-side infrastructure with Server-Sent Events (SSE) and fine-grained notifiers for selective re-rendering, sustaining high-throughput streams of 1M+ updates/sec.
- Architecting a dual-kernel real-time flight computer on a Raspberry Pi 5 — Xenomai real-time core alongside Linux via Dovetail — so GPS, IMU, and temperature acquisition and the GNC loop run with hard deadlines while telemetry, logging, and diagnostics run on standard Linux.
- Guided students integrating TensorFlow and OpenCV with Time-of-Flight sensors for precise localization and object detection — increasing autonomous accuracy by 68%.
- Taught Java and Git version control, establishing a professional development lifecycle that increased code efficiency by 54%.
- Developed simulation-driven environments to test PID loops and path-planning algorithms before deployment, reducing hardware failure by 70%.
- Facilitated instruction in Pre-Calculus and Algebra for 46 students, translating complex concepts into digestible terms to maintain an 87% passing rate.
- Led students through the fundamentals of object-oriented programming and logic design, resulting in a 300% increase in student passing rates.
MISSION ARCHIVE
Built a cycle-accurate, 5-stage pipelined AArch64 (ARMv8) processor simulator in C — Fetch, Decode, Execute, Memory, Writeback — implementing a 42-opcode ARM instruction set across ~1,700 lines of pipeline logic. Designed data-hazard forwarding across 3 pipeline paths and control-hazard stalling/bubbling, using GDB to step pipeline register state cycle-by-cycle to isolate forwarding and branch-timing bugs.
Engineered a five-model ML ensemble (GBM, Random Forest, Ridge, LightGBM, XGBoost) with 45+ session-derived features to predict customer lifetime value and optimize retention promotion allocation for a music-streaming platform — capturing 87% of maximum possible CLV.
Engineered a wireless monitoring system on a Raspberry Pi Pico W with C++, integrating Wi-Fi with webhooks for real-time cloud data transfer.
Developed Java PID controllers and pathing algorithms, leading the FRC qualification team to State and the FTC team to 3rd at UIL State. Implemented real-time AprilTag detection and localization with TensorFlow (+83% scoring consistency). Managed a $14,000 budget and 27-member team across four teams, securing seven corporate sponsors.
COMMENDATIONS
MCALLEN, TX · MAY 2026 – PRESENT956 AI AGENCYCO-FOUNDER / SOFTWARE ENGINEER · VISIT 956AIAGENCY.COM ▸ACTIVE VENTUREOPEN COMMS
garyleenunez@utexas.edu · Austin, TX